| 1. | General specification for a . c . servo motors
数控机床交流伺服电动机.通用技术条件 |
| 2. | General specification for series adp ac servomotors
Adp系列交流伺服电动机.技术条件 |
| 3. | General specification for permanent magnet ac servo motor
永磁交流伺服电动机通用技术条件 |
| 4. | Permanent magnet a . c . servo motor , type j100st - sw01 and j130st - sw01 , detail specification for
J100st - sw01型和j130st - sw01型永磁交流伺服电动机详细规范 |
| 5. | Permanet - magnet ac servo motor aqua ripple directly influences . system control accuracy is one of the most attention performance index
摘要永磁交流伺服电动机的转矩波直接影响系统的控制精度，是最为关注的伺服性能指标之一。 |
| 6. | The four - times - frequency design of feed - back signal of ac servomotor and the design of speed examination arithmetic of pmsm are completed and the linearity modulation of torque electric current is realized
完成了交流伺服电动机反馈信号的四倍频电路、交流永磁同步电动机速度检测设计，实现了转矩电流的线性调节。 |
| 7. | The product of ac servo motor and drives are selected as the controlled object , pc acted as the servo controller , both of them was connected with a interface board for position control . the equipment was so flexible that any servo control algorithm can be realized by the program in the computer
选用产品化的交流伺服电动机及其驱动器作为控制对象，以上位计算机作为伺服控制器，并研制了一个位控接口模板将二者联系起来，从而构成灵活的伺服控制系统，各种控制算法均可通过微机中的软件编程来实现。 |
| 8. | Another method that combines singh algorithm with differential algebra also can decouple nonlinear systems . the method can find the certain part of output be decouplled structure of original system by singh algorithm calculating essentiality of the decouplled system matrix . being an example , the paper deduce the process of ac servo motor controlled by the method
另一种方法是采用singh算法与微分代数理论相结合对非线性系统进行解耦设计，通过对采用singh算法后得到的解耦系统的矩阵，来计算其本性耦合关系，寻找出某个分划是原非线性系统的解耦结构，并以交流伺服电动机为例进行了分析。 |
| 9. | The emphasis research in this paper is giving the process from theory to application . after applying the method to the ac servo system and using the real - time estimated parameters in the process of adaptive control , we discover the strategy can make the ac servo system has a good property through the computer simulation
本文研究的重点在于给出了从理论向实际的转化过程，通过对交流伺服电动机系统中参数的实时自适应估计，再将估计的参数用于对伺服电动机的自适应控制，仿真结果表明这一控制策略能够使交流伺服系统具有优良的品质。 |
| 10. | Permanent magnet ac servo technique has grown rapidly since 1980 ' s . because the applications of ac servomotors become more and more complex , many higher requests are offered . the servo systems are hoped to have the ability of adaptation and better performance against disturbance
自80年代以来，永磁交流伺服技术得到了迅速发展，利用交流伺服电动机构成的系统也越来越呈现多样化和复杂化，对伺服控制提出了更高的要求：即希望伺服系统具有一定的自适应能力和较强的抗干扰能力。 |
